The modulation scheme proposed here can be easily implemented experimentally
in various three-level systems, such as atoms gases [1]}, [2]}, superconducting quantum
circuits [3]}, quantum dots [4]}, nanoplasmonics [5]},
optomechanics [6]}, [7]} and so on. For a
qutrit, which is a three-level artificial atom in the superconducting
circuits, it can be manipulated by microwave fields. The modulation period \(\tau \)  that can be realized experimentally is about dozens of ns [8]}, which is much smaller than the coherence time of the system (about 0.5ms) [9]}. For such systems,
hundreds of periods can be realized within the coherence time of the system.
